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\title{\boldmath Tracing jet energy loss in relativistic heavy-ion collisions using AMPT}
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\abstracttext{
Energetic partons loss energy in the quark-gluon plasma(QGP) created in relativistic heavy-ion collisions. This jet-quenching phenomenon provides a powerful tool to study the properties of the QGP meduim via single particle production rate at high transverse momentum($P_{T}$) and two-particle correlation measuremens. This paper studies the effects of parton energy loss by tracing energetic partons traversing the heavy-ion medium by using A Multi-Phase Transport(AMPT) model. The AMPT model is modified to output the history information of all parton interactions during the system evolution, in addition to the already available information of the initial state and the final state hadrons from parton coalescence. The initial high-energy partons are followed in each step of their collisions with the medium partons all the way to the final state. By following high energy particles (jets) and the particles they collide, this project specifically looks at how the direction of the energetic parton is changed via collisions in the medium and how the energy is redistributed in the medium. Insights this study brings to the overall heavy-ion physics research will be discussed.

}

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